Title :
EMERGENT COORDINATION IN COMPLEX DIGITAL SYSTEMS: A FRAMEWORK FOR ADAPTIVE PROGRAM EXECUTION IN PLATFORM-BASED ENVIRONMENTS
Sonali Galhotra,
Bhupendra Chaudhary
Abstract : The persistence of complexity, distributed ownership, and continuing architectural reorganization in the contemporary digital platform ecology suggest that previous models for program execution based on centralization and pre-ordained assumptions represent misaligned and structurally inadequate models. Emergent coordination represents a more empirically grounded and structurally elegant alternative. Emergent coordination identifies as the necessary structural conditions for coherent adaptation not an exogenous design scheme but rather modularity, feedback, and decision latency management? The framework reconciles earlier research on adaptive systems theory, organizational loose coupling, and system dynamics and reconfigures execution governance as an adaptive feedback process rather than achieving fixed contractual closure. Large infrastructure delivery and product innovation studies show that plan-dependent execution always leads to uncontrolled cost overruns, schedule delays, and value shortfalls spanning decades, country contexts, and various project types. First, without dynamic complexity, nonlinear feedback, or temporal distance, conventional governance instruments are structurally inadequate to address platform environments. Emergent coordination resolves this inadequacy by shifting the design logic from control enforcement to structural enablement. Emergent coordination relies on the structural foundations of modular decomposition, feedback control, and a decentralized locus of decision authority for sustaining coherence of execution under conditions of uncertainty.
Keywords : Emergent Coordination, Adaptive Execution, Platform-Based Systems, Decision Latency Management, Complexity Governance